Jean-Antoine Nollet
An 18th-century French abbé who turned electricity into public theater, famously demonstrating its shocking power by sending a current through 180 royal guards.
1700–1770 (age 70)·French physicist·Birthday: November 19
Biography
Jean-Antoine Nollet arranged 180 of King Louis XV's guards in a long chain, connected them with iron wire, and sent a jolt from a Leyden jar through the line, causing the entire company to leap simultaneously. An abbé with a flair for the dramatic, he became one of Europe's most famous popularizers of experimental physics, particularly electricity. Beyond spectacle, he coined the term 'osmosis' to describe the passage of liquid through a membrane and engaged in a fierce rivalry with Benjamin Franklin over the nature of electrical fluid. He saw his mission as making invisible forces of nature visible and thrilling to all.
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Jean-Antoine's Life & Times
The world at every milestone
1700Born
1705Started school
1713Became a teenager
1716Could drive
1718Could vote
1721Turned 21
1730Turned 30
1740Turned 40
1750Turned 50
1760Turned 60
1770Turned 70
Key Achievements
- Conducted the famous 'Electricity Party' experiment in 1746, sending an electrical charge through a chain of 180 Carthusian monks or royal guardsmen.
- First described and named the process of 'osmosis' in 1748 through experiments with water and wine separated by a pig's bladder.
- Appointed as the first professor of experimental physics at the University of Paris and tutored the royal family in science.
- Published extensively, including the multi-volume 'Leçons de physique expérimentale,' which spread his experimental methods across Europe.
Did You Know?
He was a dedicated popularizer, inventing many demonstration devices to make physics accessible to aristocratic audiences and the public.
He engaged in a famous and public scientific dispute with Benjamin Franklin over the latter's single-fluid theory of electricity.
As a young man, he assisted the great French scientist René Réaumur, which launched his own career in experimental physics.
Despite being a cleric (an abbé), his primary life's work was in scientific demonstration and education.
“Observe the shock! The spark proves the theory is alive.”
